In barium chlorite, Ba(ClO2)2, the oxidation state of barium (Ba) is +2. Each chlorite ion (ClO2-) has a charge of -1. Within the chlorite ion, the oxidation state of oxygen is -2, so for two oxygen atoms, that totals -4. To balance this, the oxidation state of chlorine must be +3. Therefore, the oxidation state of Cl in Ba(ClO2)2 is +3.
Barium nitride is a "salt like" nitride- which means that he bonding is best considered as ionic. the lewis dot is your method of showing ions Ba2+ ion and an N3- ion, this is sometimes done with the outer shell shown complete, which is 8 electrons for both ions.
There are 10 cL in a dL.
700
Cl-35 isotope has 18 neutrons Cl-37 isotope has 20 neutrons
Its Ba, Cl-, for the first 2, not sure on the last one, its confuseing if i had to guess i'd pick Cl-
The compound formed from Ba and Cl would be named barium chloride.
A Paramagnetic Gas Can be changed in posistion from its rested state with a magnet. Lets say it (the Gas) was in a sealed glass tube and you could see it move or change in color when a magnet Was close to it, That would be a paramagnetic response. JUd D Sloan
Barium chloride (BaCl2) is formed when barium (Ba) reacts with chlorine (Cl). It is a white crystalline solid that is commonly used in laboratory settings for various chemical reactions.
phosphorus (P) as it has three unpaired electrons.
Barium chloride has the formula BaCl2.
BaClO32 is not a valid chemical formula. It appears to be a combination of the elements barium (Ba), chlorine (Cl), and oxygen (O). The correct formula for barium chlorate is Ba(ClO3)2.
In barium chlorite, Ba(ClO2)2, the oxidation state of barium (Ba) is +2. Each chlorite ion (ClO2-) has a charge of -1. Within the chlorite ion, the oxidation state of oxygen is -2, so for two oxygen atoms, that totals -4. To balance this, the oxidation state of chlorine must be +3. Therefore, the oxidation state of Cl in Ba(ClO2)2 is +3.
100 cL
1 L = 100 cL so 07 L = 7 L = 7*100 cL = 700 cL.
0.1dL per cL
The ionic compound formed between Cl and Ba is expected to have the formula BaCl2. This is because barium typically forms ions with a 2+ charge (Ba2+), while chlorine typically forms ions with a 1- charge (Cl-). To balance the charges and achieve neutrality in the compound, two chlorine ions are needed for every barium ion.